A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Method for storing electrical energy by means of motor vehicle
The invention relates to a method for storing electrical energy, comprising the following steps: managing the battery state of a plurality of motor vehicles parked in a parking position of a parking space by means of a charging management system; selecting, by the charging management system, a bidirectionally chargeable motor vehicle from the plurality of parked motor vehicles taking into account the battery state of the motor vehicle, and subsequently transmitting a discharge command of the charging management system to the motor vehicle; fully automatically discharging the battery of the motor vehicle in a discharge position of the parking space by means of a discharge station associated with the discharge position; and after the battery is fully automatically discharged, the battery of the motor vehicle is fully automatically charged in the charging position of the parking space by means of a charging station associated with the charging position by means of the current generated by the power generation device. The invention further relates to a charging management system for a parking lot for use in the method according to the invention and to a parking lot associated with a charging management system according to the invention.
本发明涉及一种用于存储电能的方法，包括以下步骤：通过充电管理系统管理在停放场的泊车位置中停泊的多个机动车的电池状态；在考虑机动车的电池状态的情况下，由充电管理系统从停泊的多个机动车中选择能双向充电的机动车，并且随后将充电管理系统的放电指令传输给机动车；在停放场的放电位置中，通过配属于放电位置的放电站使机动车的电池全自动化放电；和在使电池全自动化放电之后，在停放场的充电位置中，通过配属于充电位置的充电站利用由发电设备产生的电流对机动车的电池全自动化充电。此外，本发明涉及一种用于在根据本发明的方法中使用的用于停放场的充电管理系统以及一种配属有根据本发明的充电管理系统停放场。
Method for storing electrical energy by means of motor vehicle
The invention relates to a method for storing electrical energy, comprising the following steps: managing the battery state of a plurality of motor vehicles parked in a parking position of a parking space by means of a charging management system; selecting, by the charging management system, a bidirectionally chargeable motor vehicle from the plurality of parked motor vehicles taking into account the battery state of the motor vehicle, and subsequently transmitting a discharge command of the charging management system to the motor vehicle; fully automatically discharging the battery of the motor vehicle in a discharge position of the parking space by means of a discharge station associated with the discharge position; and after the battery is fully automatically discharged, the battery of the motor vehicle is fully automatically charged in the charging position of the parking space by means of a charging station associated with the charging position by means of the current generated by the power generation device. The invention further relates to a charging management system for a parking lot for use in the method according to the invention and to a parking lot associated with a charging management system according to the invention.
本发明涉及一种用于存储电能的方法，包括以下步骤：通过充电管理系统管理在停放场的泊车位置中停泊的多个机动车的电池状态；在考虑机动车的电池状态的情况下，由充电管理系统从停泊的多个机动车中选择能双向充电的机动车，并且随后将充电管理系统的放电指令传输给机动车；在停放场的放电位置中，通过配属于放电位置的放电站使机动车的电池全自动化放电；和在使电池全自动化放电之后，在停放场的充电位置中，通过配属于充电位置的充电站利用由发电设备产生的电流对机动车的电池全自动化充电。此外，本发明涉及一种用于在根据本发明的方法中使用的用于停放场的充电管理系统以及一种配属有根据本发明的充电管理系统停放场。
Method for storing electrical energy by means of motor vehicle
用于通过机动车存储电能的方法
KOEGLER DANIEL (author)
2023-11-24
Patent
Electronic Resource
Chinese
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